For food manufacturers, reducing ingredient costs can seem straightforward. Find a lower-cost ingredient, make the switch, and capture the savings.
A regional manufacturer of sausage, bacon, and deli products wanted to reduce ingredient costs without compromising quality or altering existing labels. Using two starches across its formulations, the company sought a more efficient approach.
A successful solution needed to maintain product performance, fit the production environment, improve economics, and avoid packaging redesigns.
John R. White’s Technical Services team reviewed the manufacturer’s formulas, starch selections, and usage levels to identify opportunities for improvement.
The result was a cost-effective starch system that delivered approximately $150,000 in annual ingredient savings, increased sausage yields by 1 to 2%, and preserved existing product labels.
Want to Find Out if Your Current Ingredient System Could Be More Cost-Effective?
The Problem With Looking at Ingredient Cost in Isolation
Ingredient price is an important consideration for any food manufacturer, but it does not tell the whole story.
Changing an ingredient impacts product quality, processing performance, yield, labeling, and overall profitability. Consequently, a lower purchase price does not automatically equal a better formulation.
The technical team evaluated several factors simultaneously to shift the effort from a simple purchasing exercise to a comprehensive starch optimization strategy:
- Current starch selections
- Starch usage levels
- Existing product formulations
- Finished-product quality
- Production requirements
- Ingredient costs
- Potential yield improvements
- Labeling and packaging considerations
What Is Starch Optimization?
Starch optimization is the process of evaluating the starch ingredients and usage levels within a formulation to determine whether there are opportunities to improve cost, performance, yield, or efficiency.
For meat manufacturers, this can involve reviewing existing formulas, comparing functional ingredient options, working with suppliers, and testing potential alternatives under actual production conditions.
The goal is not simply using the cheapest option, but identifying the starch solution that provides the best overall value for product quality and plant operations. In this case, JRW identified more robust and cost-effective alternatives for both existing starches.
Could a Formulation Review Uncover Hidden Savings?
How JRW Approached the Starch Optimization Project
JRW evaluated current formulas, usage levels, and starch selections while leveraging supplier relationships to identify viable alternatives. Rather than simply issuing a recommendation, JRW guided the manufacturer through a joint evaluation process.
Want to see how starch optimization can impact both cost and yield? Watch how JRW helped optimize starches to improve yield and reduce costs.
From Formulation Review to Plant Trials
Because formulas must prove themselves on the plant floor, JRW supported the customer through formulation reviews, ingredient evaluations, and facility trials. Testing under actual manufacturing conditions validated performance and yield, enabling decisions based on operational results rather than unit price alone.
Testing the alternatives in the production environment provided an opportunity to evaluate the starch system under actual manufacturing conditions.
This approach allowed the manufacturer to make its decision based on practical production results rather than ingredient cost alone.
The optimized starch system produced significant financial and operational value for the manufacturer. Beyond direct cost reduction, the yield improvement created substantial efficiency gains, demonstrating that formulation decisions should evaluate total financial impact rather than ingredient price in isolation.
Could a Small Yield Improvement Have a Big Financial Impact?
The Value of Avoiding a Label Change
The project also delivered an operational benefit that could have easily been overlooked. The substitute ingredients utilized the same label terminology as the existing ingredients. As a result, the manufacturer did not need to change its packaging and could continue using its existing preprinted film.
For food manufacturers, this can be an important consideration when evaluating formulation changes. A change in ingredients can potentially affect more than the formula itself. Depending on the specific change, manufacturers may need to evaluate labeling, packaging, inventory, production processes, and other operational considerations.
The USDA Food Safety and Inspection Service provides guidance on labeling requirements for meat and poultry products, including requirements related to ingredients and labeling statements. Manufacturers should evaluate formulation changes against applicable FSIS requirements before implementation.
Why Production Validation Matters
Plant variables directly influence ingredient performance. JRW’s Technical Services team supported on-site trials to bridge formulation development with practical production requirements.
Beyond Purchasing Savings
Ingredient optimization extends beyond purchasing. Effective formulation changes account for the entire product and production system rather than relying strictly on cheaper raw materials.
Are Ingredient Costs Affecting Your Product’s Profitability?
When Should a Manufacturer Consider Starch Optimization?
Manufacturers should consider evaluating starch systems under several common conditions:
- Increasing ingredient costs
- Pressure to improve product margins
- Opportunities to improve yield
- Multiple starch ingredients serving similar functions
- Questions about current starch usage levels
- Changes in supplier availability or pricing
- A need to improve formulation efficiency
- A desire to identify more cost-effective ingredient alternatives
Formulas do not need to fail before optimization makes sense; significant opportunities often exist in formulas that simply haven’t been reviewed recently as ingredients, pricing, and processing technologies evolve.
Frequently Asked Questions About Starch Optimization
What is starch optimization in food manufacturing?
Starch optimization is the evaluation of starch selection and usage within a food formulation to identify opportunities to improve cost efficiency, product performance, yield, or profitability.
Can starch optimization reduce ingredient costs?
Yes. Evaluating alternative starches and current usage levels can identify opportunities to reduce ingredient spend while maintaining the requirements of the finished product.
Can changing starch improve sausage yield?
A starch change can affect formulation economics and product performance depending on the application. In this project, optimization improved overall moisture retention and binding, leading to higher product yield.
Does changing a starch require a new label?
Not necessarily. When substitute ingredients use identical label declarations, existing packaging can be maintained. Manufacturers should review applicable FSIS guidance when evaluating formulation changes.
Why should starch alternatives be tested in production?
Plant trials allow manufacturers to evaluate potential ingredients under actual production conditions. This provides practical information that may not be available through formulation review alone.
How can ingredient suppliers support starch optimization?
Ingredient suppliers can provide information about alternative starch technologies and available products. Technical expertise can help manufacturers evaluate those options against the specific requirements of their formulations and production processes.
Could Your Starch System Be Optimized?
Reducing ingredient costs does not require compromising quality or disrupting plant operations. A thorough evaluation of existing starches, usage levels, and processing requirements can uncover substantial savings and performance gains.
John R. White’s Technical Services team works with food manufacturers to evaluate formulations, identify ingredient alternatives, collaborate with suppliers, and support production trials.
What Could Your Current Formulation Be Missing?
